Bachelor of Engineering and Biomedical Science

5 Years On Campus Bachelors Program

Monash University

Program Overview

The Monash University Bachelor of Engineering and Biomedical Science is an exciting five-year double degree designed for students who want to combine cutting-edge engineering with the science of human health and medicine. This program is ideal for students interested in biomedical innovation, medical technology, healthcare research, and solving real-world medical challenges through engineering design and scientific discovery.

Curriculum Structure

Year 1

In the first year, students build strong foundations in both engineering and biomedical science while exploring different areas of the discipline. You’ll study core units such as ENG1005 Engineering mathematics, BMS1011 Medical biochemistry, and BMS1021 Cells, tissues and organisms, developing analytical, laboratory, and problem-solving skills essential for future biomedical applications.

Year 2

Second year introduces more advanced scientific and engineering concepts while helping students begin specialising in their chosen engineering stream. Units such as BMS2011 Human anatomy, BMS2021 Human molecular biology, and engineering design-focused subjects strengthen your understanding of human systems, medical technologies, and applied engineering principles in healthcare contexts.

Year 3

By third year, students move into deeper biomedical and engineering integration, combining technical design with medical problem-solving. Subjects may include pharmacology, genetics, physiology, and specialised engineering units related to biomedical systems, materials, electronics, or mechanics, depending on the engineering specialisation selected. Students also begin engaging with industry-style projects and collaborative research experiences.

Year 4

The fourth year focuses heavily on advanced engineering applications and professional practice. Students complete specialised engineering studies alongside biomedical science electives, working on complex challenges involving medical devices, imaging systems, biomaterials, or healthcare technologies while building industry-ready technical expertise.

Year 5

In the final year, students undertake major research and design projects that combine biomedical science knowledge with engineering innovation. The program culminates in a professional engineering project and continuous professional development activities, allowing students to graduate with practical experience and strong employability across healthcare, research, and engineering industries worldwide.

Focus Areas

Biomedical engineering, medical technology, anatomy, physiology, biochemistry, biomaterials, genetics, healthcare innovation, engineering design, clinical applications, medical imaging, biomedical research

Learning Outcomes

Advanced problem-solving skills, biomedical research capability, engineering design expertise, laboratory competency, healthcare technology development, interdisciplinary collaboration, analytical thinking, innovation in medical systems, professional engineering practice, scientific communication

Professional Alignment (Accreditation)

The engineering component of the program is accredited or provisionally accredited by Engineers Australia depending on the engineering specialisation, ensuring graduates meet recognised professional engineering standards. Students also complete 420 hours of continuous professional development and industry-relevant experience throughout the degree.

Reputation (Employability Rankings)

Monash University is globally recognised for engineering, medicine, and biomedical sciences, with strong international subject rankings in areas including Biomedical Engineering, Medicine, Anatomy and Physiology, and Psychology according to QS World University Rankings. The university is also known for industry-integrated learning, world-class biomedical research facilities, and innovation initiatives such as the Monash Vision Group and Victorian Heart Hospital.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Engineering and Biomedical Science at Monash University gives students extensive hands-on experience through advanced laboratories, collaborative engineering projects, biomedical research environments, and industry-focused learning. From the beginning of the program, students apply scientific theory to real-world healthcare and engineering challenges while working in professional-grade facilities used by researchers, clinicians, and industry partners.

Students gain practical experience through laboratory experimentation, engineering design studios, biomedical investigations, and multidisciplinary teamwork. The program also connects students with Monash’s globally recognised medical and engineering research institutes, allowing them to develop practical skills in medical technologies, diagnostics, biomaterials, biomechanics, and healthcare innovation. Throughout the degree, students build industry-ready capabilities using advanced software, digital modelling systems, and professional engineering tools through project-based learning and research activities:

Engineering Design Projects: Students complete team-based engineering design and problem-solving projects through the Engineering Design units, where they work collaboratively to develop innovative solutions to real biomedical and engineering challenges.
Biomedical Laboratories: Practical classes are conducted in specialist biomedical science laboratories equipped for molecular biology, anatomy, physiology, microbiology, biochemistry, and human biology experiments.
Woodside Building for Technology and Design: Engineering students study in Monash’s flagship engineering facility featuring collaborative learning studios, robotics spaces, digital fabrication workshops, simulation technologies, and advanced prototyping environments.
Monash Biomedical Imaging Facility: Students benefit from exposure to world-class biomedical imaging technologies and research infrastructure supporting areas such as MRI, CT imaging, neuroscience, and clinical diagnostics.
Continuous Professional Development (CPD): The engineering component includes 420 hours of CPD activities, helping students gain industry exposure through workshops, professional seminars, industry engagement, leadership activities, and engineering practice experiences.
Research Opportunities: Students may engage with internationally recognised Monash research institutes including the Monash Institute of Medical Engineering (MIME), where biomedical researchers and engineers collaborate on healthcare technologies and medical device innovation.
Advanced Engineering Software: Students use industry-relevant engineering and modelling tools throughout the program for data analysis, system modelling, biomedical simulations, and engineering design applications.
Laboratory-Based Biomedical Training: Biomedical science units include extensive laboratory sessions that develop technical competencies in experimental design, scientific investigation, data interpretation, and laboratory safety procedures.
Industry and Innovation Exposure: Students gain insight into medical technology development, healthcare engineering, and translational research through industry-linked learning and exposure to clinical innovation environments.
Monash Library and Digital Resources: Students have access to specialised engineering and biomedical science collections, digital journals, research databases, collaborative study spaces, and advanced academic support services.
Interdisciplinary Learning Environment: The double degree structure encourages collaboration between engineering and biomedical science disciplines, helping students understand how engineering solutions are applied in medicine and healthcare systems.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering and Biomedical Science at Monash University are highly sought after across healthcare, medical technology, biotechnology, engineering consulting, and research sectors. The combination of professional engineering expertise and advanced biomedical science knowledge prepares students for careers where innovation, healthcare technology, and scientific problem-solving intersect. Graduates commonly pursue roles such as Biomedical Engineer, Medical Technology Consultant, Clinical Research Scientist, Systems Engineer, Biotechnologist, or Healthcare Innovation Specialist:

Strong Graduate Employability: Monash University is internationally recognised for producing highly employable graduates, with engineering and biomedical science students benefiting from strong industry demand in Australia and globally.
Career Connect Services: Students receive support from Monash Career Connect, which offers career counselling, resume workshops, interview preparation, networking events, employer presentations, internship guidance, and job search assistance specifically tailored to engineering and science students.
Professional Engineering Recognition: The engineering degree is accredited by Engineers Australia, providing graduates with internationally recognised qualifications under the Washington Accord, which supports global engineering career mobility.
Industry Collaboration Opportunities: Monash maintains partnerships with healthcare organisations, biomedical companies, engineering firms, and research institutes, giving students exposure to real-world projects, innovation programs, and industry engagement opportunities throughout the degree.
Medical Engineering Research Networks: Students can connect with organisations such as the Monash Institute of Medical Engineering (MIME), which collaborates with hospitals, clinicians, and industry leaders to develop medical technologies and healthcare solutions.
Continuous Professional Development (CPD): The required 420 hours of CPD experience helps students graduate with professional exposure beyond the classroom through leadership activities, industry workshops, seminars, technical training, and engineering practice experiences.
Research and Innovation Pathways: Graduates are well positioned for careers in biomedical device development, pharmaceuticals, diagnostics, biotechnology, rehabilitation engineering, healthcare systems, and medical research laboratories.
Global Reputation Advantage: Monash University consistently ranks among the world’s leading universities for Engineering, Biomedical Sciences, Medicine, and Life Sciences in major global rankings including QS World University Rankings.
Graduate Salary Potential: Engineering and biomedical science graduates in Australia benefit from competitive graduate salaries, particularly in biomedical engineering, healthcare technology, pharmaceuticals, and advanced manufacturing sectors.
Entrepreneurship and Innovation Support: Students can access Monash innovation initiatives and entrepreneurship programs that support startup development, medical technology innovation, and commercialisation of research ideas.

Further Academic Progression:
After completing this double degree, graduates can continue into advanced study pathways such as Honours research, Master of Biomedical Engineering, Master of Biotechnology, Master of Public Health, Master of Data Science, or specialised postgraduate engineering programs. Students interested in research and academia may also pursue PhD studies in biomedical engineering, medical sciences, biotechnology, neuroscience, biomaterials, or healthcare innovation through Monash’s internationally recognised research institutes.